Triangle Quantum Computing Seminar Series: Towards Rigorous Quantum Advantages in Sustainability

Abstract: IBM Quantum is on a mission to build the world's first large-scale fault-tolerant quantum computer by 2029. While the commercial potential of pre-fault-tolerant systems remains an open question, claims of quantum advantage demonstrations are emerging. This talk presents a framework for quantum advantage and surveys recent algorithmic developments and near-term hardware progress at IBM. I will also highlight technical working groups co-founded by IBM, which unite quantum and domain experts across fields to accelerate application research. Special focus will be given to the Sustainability working group, highlighting its community, research topics, recent publications, and future directions. Bio: Alexandre Choquette is a quantum computing researcher with experience in academia and industry. His experiences include work in quantum algorithms development, condensed matter physics, and superconducting qubit design. At IBM, he is responsible for driving the adoption of quantum computing through strategic research ecosystem development, fostering scientific collaborations worldwide. He is also the leader of the Sustainability Quantum Working Group which drives multidisciplinary international collaborations on quantum computing applications for materials, energy and other sustainability-related fields. Alexandre holds a MSc in Quantum Computing from Université de Sherbrooke and prior to his current role he worked as a research scientist at IBM Research Zürich and 1QBit. Although he is based in Montreal, you may often find him backcountry skiing or whitewater canoeing! --- Co-hosted by the Duke Quantum Center, the NC State Quantum Initiative, and the UNC Kenan-Flagler's Rethinc. Labs.